Course electronics
Projects announced (first level)
FERI
You can find a shorter selection of thesis and other detailed information regarding the preparation of the thesis here: FINISHING WORK
Reconstructing conversational behavior
At DSPLab we are engaged in research that results in the reconstruction of conversational behavior on the virtual agents we are developing. For the advanced and accurate reconstruction of human movements and the mapping of these movements into virtual space, clothing equipped with IMU sensors is used in practice. The difficulty of this kind of solution is their price and that the clothing can be used by just one player. Therefore, the task would be to develop an alternative solution to existing clothing and to develop/use electronics that will be installed as measuring segments on all crucial parts of any clothes. Electronic circuits can be connected by wire or wireless. The result of the work would be an alternative clothes that will successfully capture the movement of the human body and also display it in the selected environment on a PC.
Contact person
matej.rojc@um.si
grega.mocnik@um.si
Intelligent environment by using Home Assistant platform
Applied deployment of intelligent environment with Home Assitant platform
Contact person matej.rojc@um.si
Detection and recognition of faces and facial expressions in video and images (artificial intelligence – AI)
Applied use in IoT environments
Contact person matej.rojc@um.si
Development of dialogue systems (artificial intelligence – AI)
Applied use of dialogue systems in IoT environments
Contact person matej.rojc@um.si
Language understanding: domain and intent classification (artificial intelligence – AI)
Applied use of systems for domain and intent classification in IoT environments
Contact person matej.rojc@um.si
Language generation (artificial intelligence – AI)
Applied use of language generation systems in IoT environments
Contact person matej.rojc@um.si
Machine translation systems (artificial intelligence – AI)
Applied use of systems for machine translation in IoT environments
Contact person matej.rojc@um.si
Robust speech processing in IoT environments
Applied use of various microphone arrays in IoT environments
Contact person matej.rojc@um.si
End-to-end speech recognition systems (artificial intelligence – AI)
Applied use of end-to-end speech recognition in IoT environments
Contact person matej.rojc@um.si
End-to-end speech-to-speech translation (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Development of intelligent DSPLab IoT
Applied inclusion of services and devices into unique IoT environment
Contact person matej.rojc@um.si
Machine translation on mobile devices (artificial intelligence – AI)
Applied use of systems for machine translation on mobile devices
Contact person matej.rojc@um.si
End-to-end speech recognition on mobile devices (artificial intelligence – AI)
Applied use of systems on mobile devices
Contact person matej.rojc@um.si
End-to-end S2S translation on mobile devices (artificial intelligence – AI)
Applied use of systems on mobile devices
Contact person matej.rojc@um.si
Text-to-speech synthesis systems (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Text-to-speech synthesis systems on mobile devices (artificial intelligence – AI)
Applied use of systems on mobile devices
Contact person matej.rojc@um.si
Gesture recognition systems (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Gesture recognition systems on mobile devices (artificial intelligence – AI)
Applied use of systems on mobile devices
Contact person matej.rojc@um.si
Gesture understanding systems (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Facial expression recognition systems (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Systems for natural language Processing tasks (NLP) (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Systems for natural language understanding (NLU) (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Systems for translation of sign language into text or speech (artificial intelligence – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Systems for translation of text or speech into sign language (umetna inteligenca – AI)
Applied use of systems in IoT environments
Contact person matej.rojc@um.si
Development of communication device for autonomous vehicle (Genesis II)
Development of communication device : vehicle – cloud
Contact person matej.rojc@um.si
Development of communication device for autonomous vehicle (Genesis II)
Development of communication device : vehicle – vehicle (V2X)
Contact person matej.rojc@um.si
Understanding of environment of autonomous vehicle (artificial intelligence – AI) (Genesis II)
Detection/recognition of objects in the environment
Contact person matej.rojc@um.si
Understanding of environment of autonomous vehicle – sensor fusion (Genesis II)
Systems for fusion of sensor data, e.g. radar, cameras etc.
Contact person matej.rojc@um.si
Localization of autonomous vehicle (Genesis II)
Systems for localization, GPS
Contact person matej.rojc@um.si
Route planning for autonomous vehicle (artificial intelligence – AI) (Genesis II)
Systems for route planning, defining trajectory, where should vehicle go
Contact person matej.rojc@um.si
Driving autonomous vehicle (artificial intelligence – AI) (Genesis II)
Systems for unmanned driving of autonomous vehicle
Contact person matej.rojc@um.si
Development of ADAS system for autonomous vehicle (Genesis II)
Development of ADAS system
Contact person matej.rojc@um.si
Navigation and localization in IoT environments / developing services on mobile devices
Sytems for navigation and localization in internal IoT spaces, BLE technology etc.
Contact person matej.rojc@um.si
Deploying artificial intelligence on the edge (artificial intelligence – AI)
Platforms used for artificial intelligence on the edge
Contact person matej.rojc@um.si
Development of communication device for autonomous dron (DSPLabDron I)
Development of communication device: dron – cloud
Contact person matej.rojc@um.si
Development of communication device for autonomous dron (DSPLabDron I)
Development of communication device: dron – dron
Contact person matej.rojc@um.si
Understanding of environment of autonomous drona (artificial intelligence – AI) (DSPLabDron I)
Detection/recognition of objects in the environment
Contact person matej.rojc@um.si
Understanding of environment of autonomous dron – sensor fusion (DSPLabDron I)
Systems for fusion of sensor data, e.g. radar, cameras etc.
Contact person matej.rojc@um.si
Localization of autonomous dron (DSPLabDron I)
Systems for localization, GPS.
Contact person matej.rojc@um.si
Route planning for autonomous dron (artificial intelligence – AI) (DSPLabDron I)
Systems for route planning, defining trajectory, where should dron go
Contact person matej.rojc@um.si
Driving autonomous dron (artificial intelligence – AI) (DSPLabDron I)
Systems for unmanned driving of autonomous dron
Contact person matej.rojc@um.si
Development of services for IoT environments by using smart glasses
Development of services for IoT environments by using smart glasses
Contact person matej.rojc@um.si
Development of services for IoT environments by using wearables
Development of services for IoT environments by using wearables
Contact person matej.rojc@um.si
Development of services for IoT environments by using wearables and augmented reality
Development of services for IoT environments by using wearables and augmented reality
Contact person matej.rojc@um.si
Development of intelligent surveillance systems for IoT environments (artificial intelligence – AI)
Development of intelligent surveillance systems for IoT environments
Contact person matej.rojc@um.si
Development of advanced interaction solutions in IoT environments
Development of advanced interaction solutions in IoT environments
Contact person matej.rojc@um.si
Development of services for IoT environments by using haptic devices
Development of services for IoT environments by using haptic devices
Contact person matej.rojc@um.si
From the 2015/2016 academic year onwards, the project unit, which replaced the diploma thesis in these two programs, is on the curriculum of the 3rd year of university study programs in Electrical Engineering and Telecommunications. The project is implemented as other teaching units, but it is not obligatory that this is the last teaching unit a student completes before graduation.
Students from other programs and fields of the Faculty of Electrical Engineering, Computer and Information Science who are interested in content and artificial intelligence programming, Internet of Things, advanced interaction solutions, system autonomy, development of advanced electronic circuits, or a combination of all are also invited.
